In dusty (complex) plasmas, containing mesoscopic charged grains, the grain–grain
interaction in many cases can be well described through a Yukawa potential. In this review …

This paper presents radial distribution functions of dust particles obtained experimentally in
dc and rf discharges. Pressure and interaction energy of dusty particles were calculated on …

The static and dynamic (complex) shear viscosity of a single-layer dusty plasma is measured
by applying, respectively, a stationary and a periodically modulated shear stress, induced by …

The purpose of this work is an investigation of the diffusion coefficient of the dust component
in complex plasma. The computer simulation of the Yukawa liquids was made on the basis …

The velocity autocorrelation functions of dust particles were calculated by the Langevin
dynamics. It was indicated that their oscillations decay more rapidly with increase in the …

Shear viscosity of dusty plasma was calculated on the basis of the Langevin dynamics.
Shear viscosity is considered as a function of many parameters and buffer plasma pressure …

Computer simulation methods represent a complementary approach to experimental and
theoretical studies, and they have become invaluable tools for the description of many …

The influence of a highly pronounced non-equilibrium characteristic of the electron energy
distribution function in a stratified dc glow discharge on the process of dust particle charging …

A series of experiments on the modernized" Coulomb crystals" setup on board of the
International Space Station (ISS) was performed. Formation of a cluster of charged and …

In this paper we consider the behavior of the dust particles around the electric probe with a
negative potential. The size of the dust‐free region, which depends on the probe potential …